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   油管损伤 的翻译结果: 查询用时:0.018秒
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油管损伤
相关语句
  pipeline damage
     The magnetic sensor data fusion model suitable for the detection of pipeline damage was established and classified into four levels.
     建立适用于油管损伤检测的磁性传感器信息融合模型 ,并将信息融合模型分为四级。
短句来源
  “油管损伤”译为未确定词的双语例句
     MAGNETIC SENSOR DATA FUSION-BASED TECHNIQUES FOR ON-LINE DETECTION OF FAULTS IN OIL PIPELINES
     基于磁性传感器信息融合的油管损伤在线检测技术
短句来源
     Several examples were provided and the results showed that the magnetic sensor data fusion based on line inspection system for the faults in oil pipelines made full use of information and had high accuracy, reliability and robustness.
     结果表明 ,基于磁性传感器信息融合的油管损伤在线检测系统有效地提高了多源信息的利用程度 ,具有较高的准确性、可靠性和稳健性
短句来源
     The multisensor sub-system simultaneously performed the detection of localized faults and wall loss using a magnetic concentrating unit array including Hall-effect sensors and magnetic concentrators.
     提出一种适于对油管损伤进行现场检测的磁性检测法并设计了多传感器子系统,它用一个包含霍尔传感器和聚磁器的聚磁检测单元阵列实现了局部损伤和壁厚损伤的综合检测。
短句来源
     It was high in resolution and efficiency, simple in structure, and adaptable to in-situ conditions. It was well used in the inservice inspection system based on magnetic sensor data fusion for oil well tubings.
     该多传感器子系统具有损伤分辨力高、效率高、结构简单及现场适应性强等特点,已成功应用于基于磁性传感器信息融合的油管损伤在役检测系统中。
短句来源
  相似匹配句对
     HYDROGEN-INDUCED FAILURE OF OIL-WELL TUBULAR STEEL C90
     C90油管钢的氢损伤
短句来源
     Method for detecting and evaluating damage in tubing inwalls
     油管内壁损伤检测及评判方法
短句来源
     Duodenal injuries
     十二指肠损伤
短句来源
     The Damage Effects Due to Lightning
     雷电的损伤效应
短句来源
     Development of Coiled Tubing Technology
     连续油管的发展
短句来源
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  pipeline damage
Buried pipeline damage correlations are critical part of loss estimation procedures applied to lifelines for future earthquakes.
      
We review the existing pipeline damage relationships only for ground shaking (transient ground deformations) in the light of recent developments and evaluate them with Denizli City, Turkey water supply system.
      
This high number of different scenario earthquakes made it possible to compare the pipeline damage relationships at different ground shaking levels.
      
Pipeline damage estimations for Denizli City were calculated for each damage relationship and earthquake scenario.
      
It was shown that the variation in ductile pipeline damage estimations by various relationships was higher than the variation in brittle pipeline damage estimations for a particular scenario earthquake.
      
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Methods for controling the fatigue of coiled tubing and extending its service life are presented, including tracking service lifetime by software, truncation of the tail end of coiling tubing , adopting.variable-diameter coiled tubing, using coiled tubing reversely, preventing coiled tubing from damaging, and reasonably matching relevant equipment. Application cases show that the most effective method to control fatigue of coiled tubing is truncation during operation. Some suggestions for prolonging the service...

Methods for controling the fatigue of coiled tubing and extending its service life are presented, including tracking service lifetime by software, truncation of the tail end of coiling tubing , adopting.variable-diameter coiled tubing, using coiled tubing reversely, preventing coiled tubing from damaging, and reasonably matching relevant equipment. Application cases show that the most effective method to control fatigue of coiled tubing is truncation during operation. Some suggestions for prolonging the service life of coiled tubings are given.

从采用软件跟踪疲劳寿命 ,截断法 ,变径连续油管 ,反转使用连续油管 ,防止连续油管损伤 ,合理配置设备 6个方面讨论了控制管串疲劳 ,提高连续油管使用寿命的方法 ,并得出结论 :控制管串疲劳的方法中 ,最有效的方法是实际作业截断法。指出要尽量减少连续油管在带内压下工作 ,也要研究开发降阻性能好的工作液 ,以延长连续油管使用寿命、降低作业风险。

The magnetic sensor data fusion model suitable for the detection of pipeline damage was established and classified into four levels. On the basis of the model and classification, the relevant magnetic sensor data fusion methods were discussed in detail, which were used to accomplish the classification of localized faults and their severity, the qualitative decisions of wall loss and the fusion of the wall loss detection data from sensors respectively. Several examples were provided and the results showed that...

The magnetic sensor data fusion model suitable for the detection of pipeline damage was established and classified into four levels. On the basis of the model and classification, the relevant magnetic sensor data fusion methods were discussed in detail, which were used to accomplish the classification of localized faults and their severity, the qualitative decisions of wall loss and the fusion of the wall loss detection data from sensors respectively. Several examples were provided and the results showed that the magnetic sensor data fusion based on line inspection system for the faults in oil pipelines made full use of information and had high accuracy, reliability and robustness.

建立适用于油管损伤检测的磁性传感器信息融合模型 ,并将信息融合模型分为四级。在此基础上 ,提出了磁性传感器信息融合方法 ,分别完成局部损伤及其严重程度的分类、壁厚损伤的定性判别和壁厚损伤检测数据的融合估计。结果表明 ,基于磁性传感器信息融合的油管损伤在线检测系统有效地提高了多源信息的利用程度 ,具有较高的准确性、可靠性和稳健性

In-situ inspection of oil well tubings is of great importance. The magnetic method and multisensor sub-system for inspection of oil well tubings were proposed. The multisensor sub-system simultaneously performed the detection of localized faults and wall loss using a magnetic concentrating unit array including Hall-effect sensors and magnetic concentrators. It was high in resolution and efficiency, simple in structure, and adaptable to in-situ conditions. It was well used in the inservice inspection system based...

In-situ inspection of oil well tubings is of great importance. The magnetic method and multisensor sub-system for inspection of oil well tubings were proposed. The multisensor sub-system simultaneously performed the detection of localized faults and wall loss using a magnetic concentrating unit array including Hall-effect sensors and magnetic concentrators. It was high in resolution and efficiency, simple in structure, and adaptable to in-situ conditions. It was well used in the inservice inspection system based on magnetic sensor data fusion for oil well tubings.

实施油管的现场探伤对防止油管泄漏或断裂事故的发生具有十分重要的意义。提出一种适于对油管损伤进行现场检测的磁性检测法并设计了多传感器子系统,它用一个包含霍尔传感器和聚磁器的聚磁检测单元阵列实现了局部损伤和壁厚损伤的综合检测。该多传感器子系统具有损伤分辨力高、效率高、结构简单及现场适应性强等特点,已成功应用于基于磁性传感器信息融合的油管损伤在役检测系统中。

 
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